In our laboratory we are interested in the perceptual, cognitive, and emotional processes involved in music appreciation and understanding. Recent work has focused on individual differences in musical and prosodic skills and sensitivities. We study such topics as absolute pitch, tone deafness, effects of music lessons on nonmusical cognitive skills, musical dyslexia, aging and music, amusia following stroke, and sparing of musical memories in Alzheimer's Disease.

I research the consequences of bringing memories to life. To this end, my studies frequently incorporate monitoring of human brain activity with fMRI. Using computational methods, I track neural evidence of memory reactivation within participants’ brains, which I relate to other processes such as memory formation, forgetting, planning for the future, and perception.

Research is currently focused on training of attentional control, how attentional control shapes perceptual experience, working memory and attentional control, attention control in a virtual reality environment, and cortical mechanisms underlying attentional control.